Intelligent systems, solutions and products at a glance. siemens.com/buildingtechnologies

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1 We make your building more efficient & safer Intelligent systems, solutions and products at a glance. siemens.com/buildingtechnologies

2 Total Building Solutions creates added value for a building - due to added comfort, protection, security and energy efficiency If you know that 80% of the total building costs only arise during the operation, it becomes clear how important it is to understand building technology as a holistic discipline. «Urbanisation» The challenge of networking Warmth and a safe roof over your head stopped being enough for a long time: The requirements for modern buildings are steadily increasing. So it is important to plan today s buildings for the future, in a way that they should also meet the requirements of the future. Buildings must therefore grow along with the requirements and be integrated into a complex network of different building types. Also, pressure increases in many respects: Resources are becoming increasingly scarce, regulatory requirements and security requirements on the other hand are steadily increasing. This also increases the cost pressure. There are numerous reason therefore, to plan exactly how buildings are to be built in the future. Shortage of resources Legal requirements Safety requirements Cost pressure

3 Today modern buildings have to accommodate a wide range of stakeholders. Building owners use reliable data to make smart decisions. Building managers must be able to supply this exact data. You must have a complete overview of the building technologies at any time, in order to be able to intervene whenever necessary. Building users, on the other hand, are interested in comfort, protection and safety. Comfortably warm in the winter, pleasantly cool in the summer. If it is dark outside - more light, if the sun shines - less artificial light - in constant interplay with the blinds. What happens in case of an unpredictable event like a fire? The fire alarm system detects the fire and controls numerous other systems - completely automatically and in the highest possible safety. Regardless of the scenario, the most important thing remains the smooth interaction between all required disciplines. This requires a great deal of know-how from a wide range of specializations as well as a building management system, that allows all these topics to be linked together as seamlessly as possible. «Where can I get reliable data for smart decisions?» «How can I intelligently control various building systems?» «How can I enjoy greater comfort, safety and productivity?» Owner Building Manager User Fire protection Building automation Security Other trades Event of fire Fire alarm system activated Ventilation in safety mode Video recording running Light on Close fire protection doors Close fire protection flaps Approve escape routes Blinds high Voice guided evacuation Start smoke evacuation Swing doors in panic position Elevators in fire position Extinction Escalators directed to exit Interplay of several disciplines for the «fire» event Security Building automation Other trades Access outside business hours Approve doors to work place Video monitoring running* Switch off the intrusion alarm system* Air conditioning in comfort mode* Light on* Elevator approved* Interplay of several disciplines for the event «Access outside business hours» 3

4 Desigo The Building Management Platform Desigo CC Desigo CC controls, monitors and optimizes all the systems in a building starting with heating, ventilation and air conditioning and also including fire protection and safety, energy management, lighting and shading. Thanks to the open standards, third-party components can also be integrated easily and completely. Suitable for single or multiple systems Management Level Desigo CC Subsystems Desigo CC integrates and allows to be integrated Northbound connectivity OPC DA (data access) , pager, text messages 3 rd party SMS Web services Mobile app Smartphones and tablets Server Installed client Front End Processor (FEP) Windows app client Web clients Management level Southbound connectivity Fire Intrusion Access control Video Mass notification Heating/ cooling Air handling Shading Lighting Power management SMNP BACnet OPC DA Modbus IEC Fire safety and security Energy and comfort 3 rd party integration 4

5 Desigo A building management system centrally monitors and visualizes both single and multiple disciplines. It bundles all relevant information and presents it to the operator in a simple and clear manner. A management system or the control level in the area of building automation is always actively in motion and represents the actual operating station of the system. On the other hand, a security level is static: if an alarm occurs, it must be dealt with immediately, since life or valuable assets are endangered. The objectives of a building management platform are: To visualize the states of the different systems in a building Unifies the different operating philosophies and operating possibilities of the individual sub-plants Simple and intuitive presentation Low learning effort with changing operators Reduces errors in the event of an alarm by means of defined sequences and guided alarm treatment Operating the control and regulating functions of the systems (HVAC or access) Building monitoring (e.g. with video images) Logging the states (Status and Reporting) Trending and Energy Management (e.g. optimization of energy consumption) Alarms and escalation of alarms Intelligent alarm scenarios Scalable from small buildings or individual systems to campus solutions for many or large buildings and various disciplines What makes a building management platform such as Desigo so unique? By combining building automation (HVAC, room automation, energy efficiency), building security (fire, intrusion, access control, video surveillance, etc.) and also the energy distribution on an integral, continuous platform, overlapping interactions can be realized. For example, in the event of a fire, in addition to the actual alarm, air flows, escape routes, lighting, image updates and power interruptions can be intelligently combined, controlled and monitored from a central, continuous platform. This includes classical functions such as extensive reporting, alarms, guided alarm handling, etc. Desigo CC can be used for all types of buildings - right up to cross-building control and administration. 5

6 Desigo a flexible system that adapts to your needs In building operation today, maximum flexibility has become a key argument for investors and tenants. The Desigo building management platform can easily adapt to changing requirements, offering optimized usability and comfort, and improving performance in a perfect place. BACS efficiency classes EN Thermal energy Electrical energy High energy performance BACS and TBM Advanced BACS and TBM Standard BACS Non-energy-efficient BACS Efficiency factors BACS TBM Building Automation and Control System Technical Building Management System An intelligent building automation system creates the ideal framework for meeting the requirements for efficiency class A under European Standard EN 15232, and other similar global standards. This allows offices to save up to 30 percent thermal and up to 13 percent electrical energy compared to efficiency class C. 6

7 1. Building management central and convenient The Desigo CC integrated building management platform allows you to control and operate one or multiple disciplines like HVAC, lighting, shading, fire safety and security from one central location. Its modular, user-friendly software makes operation easy and intuitive. The Desigo Control Point embedded building management station allows easy operation and monitoring, creating perfect building conditions from anywhere Desigo Room Automation enhanced comfort and productivity Desigo Room Automation integrates all building disciplines from heating, ventilation and air conditioning (HVAC) to lighting and shading. This allows you to lower your energy consumption and costs while increasing room comfort. Lower energy consumption Thanks to the energy-saving functions and user targeting, the Grean Leaf symbol increases energy efficiency through the energy-saving process. Lighting The lighting level is automatically adjusted to match the time of day. Perfect shading Blinds are optimally adjusted to allow the use of natural light, minimize glare and protect from the heat and the cold Plant automation flexibly scalable The Desigo automation stations and operator units efficiently control and monitor your building plants using a variety of energy-saving functions for energy production and distribution. Data is exchanged with room automation to make sure energy is supplied only when needed to heat, cool or ventilate a room. This allows the air volume flow to be optimized based on demand and the energy-efficient operation of your ventilation and air conditioning to be enforced. At the same time, comfort control ensures that temperature, air quality and humidity limits are not exceeded. If inefficient operation occurs, you will be notified automatically via the Green Leaf symbol on the management platform or room units. 7

8 Desigo - Proven applications - sustainability and energy-efficiency Wide variety of applications for enhanced energy efficiency Using Desigo, heating, ventilation and air conditioning plants as well as other building systems, such as lighting and shading, can be controlled and monitored flexibly and based on demand. Intelligent applications tested under practical conditions prevent unnecessary energy usage. And since the Green Leaf of the operating unit indicates the plant s current state of efficiency by changing its color, room users can take action and save energy. At the Desigo CC management platform level, the Green Leaf indicator in the plant viewer allows informed decisions on how to operate your building economically and ecologically. This way, the use of innovative applications sustainably cuts building operating costs, preserves energy resources and lowers CO 2 emissions, thus saving money and protecting the environment. l l l l l Added plant value due to the use of energy-saving, modern equipment Contribution to meeting the requirements of EN in the highest efficiency classes Room users save actively energy thanks to the Green Leaf Leveraging the energy-saving potential and support for economical and ecological building operations thanks to the Green Leaf indicator Sustainable reduction of energy and building operating costs RoomOptiControl: perfect room climate, optimized energy usage Use: active energy management by room users With Desigo Room Automation (RA), the room user gets actively involved in building energy management. The RoomOptiControl energy efficiency function identifies unnecessary energy usage and indicates it on the room operating unit. When the Green Leaf s color is green, the system ensures energy-optimized operation. If the color changes to red, there is energy saving potential for example when blinds are closed and lights are on. By pressing on the symbol, room control returns automatically to energy-optimized operation. This way, the room user is enabled to easily stop the waste of energy with no need for expert knowledge. Important: The intelligent RoomOptiControl function ensures a comfortable room climate, good air quality, the right room temperature level and optimum lighting, even in energyoptimized operation. l l Perfect room climate for productive, healthy working environment and well-being of room users Up to 25 percent energy cost savings and contribution to environmental protection 8

9 ... Desigo - Proven applications - sustainability and energy-efficiency Comfort conditions Feeling comfortable Comfort conditions Feeling comfortable... AirOptiControl + T T AirOptiControl: optimized volumetric air flow saves costs Use: ventilation and air conditioning AirOptiControl optimizes the volumetric air flow, thus providing an excellent basis for energy-efficient operation of ventilation and air conditioning systems. At the same time, comfort control ensures adherence to the boundaries of temperature, indoor air quality and humidity. The innovative, modular designed application offers a number of function variants for the control of air handling plants or for optimum fan operation. Demand control can be varied depending on the design of the VAV (variable air volume) controls installed in the plant. AirOptiControl is suited for individual room systems or several zones and also controls basic load heating. l l l Energy costs reduced by up to 50 percent in comparison with constant pressure control systems thanks to unique energy efficiency mode for demand-based air volume control Full adherence to the required temperature, indoor air quality and humidity levels Existing plants can be upgraded while ensuring short payback times Quick and easy presentation of energy-related information Use: analysis and optimization of building s energy balance With Desigo CC, energy-related information can be delivered quickly and straightforwardly. Using energy efficiency coefficients, similar types of buildings can be compared with each other. Facility managers are thus enabled to keep a close watch of total energy usage, energy costs and CO 2 emissions. After entering the building and energy data, a detailed analysis of the relevant building can be made while giving consideration to the number of heating degree days, if the meter readings for the same period of time (minimum 36 months) are available. Based on historical data, the system also delivers a consumption forecast for the next 12 months, which becomes increasingly accurate as data are continually recorded. When the calculation is completed, a report can be printed. l l Comparison of energy-related data between different types of buildings Presenting options for cutting building costs and reducing the impact on the environment Specific visualization options for managing and monitoring the energyefficient plant operation with Desigo CC. Graphic evaluation of energy-related data on the management platform Desigo CC: Presentation of historical energy consumption data Comparison and analysis of consumption periods Energy usage forecast 9

10 Building automation Building automation means monitoring, control, regulation and optimization facilities in buildings. It therefore constitutes an important component of technical facility-management. Highlights Intelligent networking of building architecture, systems technology and room comfort Needs-based control of individual systems and thus reduction of energy consumption Basics of building automation The aim is to carry out function sequences independently of the work group and automatically according to predetermined parameters, or to simplify their operation or monitoring. All sensors, actuators, operating elements, loads and other technical units in the building are networked with one another. Processes can be summarized in scenarios. The characteristic feature is the decentralized arrangement of the control units as well as the continuous networking by means of a communication network or bus system. Different areas of application Depending on the application - whether in data centres, functional buildings or office buildings - the choice of the right systems is crucial. Optimally matched components are important. This reduces installation and operating costs while guaranteeing a high degree of failure safety. Fire Alarm System Lighting Shading Intrusion alarm system Energy Management Energy distribution HVAC primary systems Extinguishing Room automation Perimeter monitoring Video surveillance Access control 10

11 Building automation Room QR-Code Regulations and control of primary systems (heating, ventilation, and air conditioning) with Desigo PX/TX Regulations and control of primary systems (heating, ventilation, and air conditioning) with Desigo PX/TX Web Server Thermostat for frost monitoring Variable speed drive for fan motors/pumps Condensation monitor for cooling ceilings Damper actuators for air conditioning systems Actuator and valve for heating / refrigeration systems Air quality - sensors for room area Temperature sensors for heating / refrigeration system Temperature / humidity sensor for air conditioning systems Pressure sensors for heating / cooling systems On-site operation QMX7 for the room user communicates via TCP / IP directly with the web server on the PXC3 room controller Programmable BACnet/IP Configurable and programmable Room automation station PXC3.E7.. Room automation station DXR2.E.. I/O modules TXM1.. Touch room operator unit QMX7.E38 DALI gateway PXC3.E16A Room operator unit QMX3 KNX PL-Link KNX PL-Link Sensor AQR25.. VAV controller GDB/GLB I/O bix RXM.. Room operator unir QMX3 Multi-sensor UP258 Sensor AQR25.. Lighting/ shading actuators 3 rd -party S-Mode devices Emergency lighting Lighting/shading actuators 3 rd -party S-Mode devices 11

12 Fire alarm Fires can have a devastating effect and endanger goods and human life. It is therefore particularly important that fire is detected as early and as reliably as possible. Our systems are efficient and deception-proof - from the highly sensitive smoke suction system to the multi-sensor smoke detector. Why fire detection is important Ensure protection for people, assets and business continuity oxygen source of ignition severe burns smoke and heat great damage Flashover Avoidance of operational failures Earliest possible recognition of critical situations Reliable alarming of rescue workers small burns little smoke no damage medium burns considerable smoke medium damage Control of automatic extinguishing and evacuation systems fuel Basics of fire detection For a fire to break out, oxygen is required along with a combustible agent and a source of ignition. If all these three elements come together, a fire can occur. Every fire starts small. It is therefore even more important that this development is discovered as soon as possible and tackled promptly. Once the so called flashover occurs, fighting the fire is significantly more difficult and the damage is usually enormous. Selection of the suitable detectors Based on these findings, the choice of the correct fire detectors is a crucial aspect. The detectors are selected depending on the type of fire that can possible occur. In this case, it is important to take into account of possible disturbance variables in order to avoid false alarms. Fire detectors are to be tested and certified according to different EN standards (fire tests). Essentially, the distinction is made between optical, thermal, optical/thermal, linear or even flame or aspirating smoke detectors. FDOOTC Relative Ansprechempfindlichkeit FDOOT FDT FDL FDL FDF smoke invisible dark light Temperature only heat no heat EN45- test fire TF 6 TF 1 TF 5 TF 4 TF 3 TF 2 12

13 Extinguishing Fires rarely occur, but when they do, it is mostly with considerable consequences regarding costs. In addition to reliable detection, a fast and efficient extinguising is a key factor is to limit the damage and guarantee a fast recovery of business activities. Objectives of a wet - or dry extinction Rapid removal of one of the elements required for starting of a fire Damage minimization by early automatic intervention (extinction) Withdrawal of heat (energy) Chem. extinguishing agent Water Reduction of oxygen (energy) Natural extinguishing media Removal of fuel Basic principles of extinguishing For a fire all three elements, oxygen, combustible material (fuel) and heat must be available must be present. If one of these elements is removed, the fire cannot spread and is extinguished. This is also the basis for the functional principle of automatic extinguishing systems. Types of of extinguising solution The comprehensive portfolio for room and object protection comprises solutions with natural or chemical extinguishing agents, gas/water - combined as well as water mist solutions. It is important to ensure that the solutions are tailored to specific applications, the risk of fires and the local requirements and regulations. A suitable risk analysis and system planning as well as the subsequent system maintenance also contribute to a reliable fire protection. Solutions with natural extinguishing agents Solutions with chemical extinguishing agents Gas/watercombined solution Solution with water mist technology Other Applications Sprinklers Sinorix N 2 Ar CO 2 Sinorix CDT / CDTR Sinorix al-deco STD/PLUS Sinorix 1230 Sinorix 227 (not in CH) Sinorix H2O Gas Sinorix H2O Jet Watermist (high pressure) Foam extinguishing Spray flood systems Individual extinguishers Oxygen Heat Oxygen Heat Oxygen Heat Oxygen Heat Oxygen Heat Fuel Fuel Fuel Fuel Fuel 13

14 Fire alarm! Fault transmission Alarm transmission Fire Alarm Control Panel FC2020 Sounder beacon FDS221 Fire detectors - central FC2020 FCnet Fire Alarm Control Panel FC2040 FDnet Smoke detectors Detector base FDSB291 Floor service terminal FT2010 Aspirating smoke detector FDA221 Hand fire detectors FDM223 ASA neural fire detector FDOOT241-A9 FDCIO224 Unput/output module Input module FDCI222 ASA neural fire detector FDOOT241-A9 ASA flame detectors FDF241-9 ASA linear smoke detector FDL241-9 Swing Funk- Gateway FDCW241 Swing Funksmoke detector FDOOT271 FDnet Smoke detector FDOOT241-A9-Ex DA broad-band smoke detector FDO221 Manual call point FDM223-Ex Synoptic-drivers FT2001-A1 Input module FDCI222 Alarm indicator FDCAI221 Ex line adaptor FDCL221-Ex ASA linear smoke detector FDL

15 Extinguishing Flooding zone Discharged contact Siren Flashing light Gas Light warning sign Cylinder valve Loss of agent contact Extinguising control-panel XC10 FDnet Hand button DM1103-L Emergency stop button DM1103-S Cylinder battery ASA heat detector FDT241 ASA flame detectors FDF241-9 Manual call point FDM223 Alarm sounder with flashing light FDS229-R Floor display FT2011 Air sampling smoke detection kit FDBZ292 15

16 Fire control The absolute reliability of the fire protection system plays a vital role in building technology. Fire control is an important task of the fire alarm system in case of need. In addition to acoustic and visual warning signals, technical systems of building technology are used. For example, the elevator is moved to a predefined floor and the elevator doors are opened, while doors between individual fire sections are automatically closed. The advantages at a glance: Fail-safe loop technology are shortcircuit and interruption-proof Simple planning and commissioning Flexible extension Escape routes, emergency Air treatment systems Visualization with LED modules or via the building management system Easy performance of legally prescribed tests Smoke extraction duct Fire dampers prevent the distribution of smoke over several sections. Fire smoke control flaps are opened in gangways and escape routes to evacuate toxic fumes and enable evacuation. While fire and smoke control flaps shut off individual fire sections from the smoke, fire smoke thinning systems ensure that burnt gases are aspirated from the smoke areas. The ventilation systems keep escape routes and staircases smoke-free by generating a targeted overpressure. The ventilation systems are correspondingly set and controlled for all these tasks. Siemens relies on the socalled ring bus technology. The Fire control Panel FC20 is at the heart of this system. It controls all functions from a precisely prescribed plan, the fire control matrix. The matrix is prescribed by the fire protection concept, the building code and by the TRVB S 151 (Technical Guideline for Preventive Fire Protection) and complies with legal requirements. Based on state-of-the-art technology, all systems communicate with one another and thus operate efficiently, safely and even cost-effectively. The position of the flaps or the activation of fans is either indicated in clear text on the display of the fire control panel or by means of multicolored LEDs. Optional fire indicator panels also provide information on the position of the fire detection flaps and whether the fans are switched on. Depending on the particular danger situation, the fire brigade can overwrite these settings and actively intervene in the fire situation. 16

17 Evacuation Evacuating a complex campus or a large industrial area in case of an emergency is not a simple undertaking. Nowadays different building parts are often used individually and people with different native languages reside here. To make sure that all persons can be informed about a hazardous situation at the same time, a public address and voice evacuation system (PA-EVAC) provides valuable and helpful services. By directly responding and calling on the people present, these can be animated to leave the building in order and for self-rescue. This allows for the fastest possible building evacuation without the occurrence of panic or jams. Life saving seconds are used efficiently. The aim of Public Address and Voice Evacuation System: To deliver short and clear voice information with a high degree of comprehensiveness to the corresponding areas of a building, in order to: Rapidly evacuate all persons from dangerous areas to safety Save human lives Inform immediately and insure a coordinated evacuation of the building Danger Comfort in normal operation In the normal operation mode, the electric-acoustic emergency warning system is used to play background music, for paging or sales offers, thus enhancing the well-being ambience and the sales figures. A real advantage for any PA-EVAC owner. In case of emergency operation however, an orderly emergency response is achieved by use of texts in different languages, gaining life saving seconds. Recognition Reaction Event Alarm Listen, see, understand Successful self-rescue Alarming and Emergency The purpose of the alarming is to warn the user of danger by means of voice signals and to encourage the persons present to self-rescue. Life saving seconds can be gained even before the arrival of security forces. The main challenge is to have the message reach everybody in today s complex buildings as quickly as possible. An PA-EVAC with stored digital texts is the ideal and most appropriate means. A manual or automatic trigger can be used by a BMA and the ENS must correspond to TRVB 158 S. Stages of an evacuation Triggering the PA-EVAC by BMA or manually The PA-EVAC ends continuous background sound Transmission of an attention signal Evacuation message(s), in many languages if possible. Repetition of the announcement (s) Possibly specific messages from the fire brigade The building is being evacuated 17

18 Fire control Fire dumper Visualization and control FDnet FDCIO224 input/output module Fire dumper FDCIO224 input/output module Fire Control Panel FC2020 FCnet Fire Control Panel FC2020 Fire detectorpanel FC2040 Smoke damper FDnet FDCIO224 input/output module Smoke damper Fire station FDCIO224 input/output module FDCIO224 Ventilator control 18 Ventilation system

19 Evacuation Alarm trigger by BMA Fire brigade intercom according to ÖNORM F 3033 B 2-way speakers according to EN54-24 Manual button / Amok alarm A Room controller ENS-central (building 1) according to EN 54-4 / EN Desk callstation Fully digital, innovative structure Designer speakers according to EN54-24 A / B areas Audio source A B ENS-central (building 4) according to EN 54-4 / EN Systems can be networked via Ethernet Decentralized, secure distribution of intelligence Stylish intercoms with keyboard extensions Max 256 digital audio channels via Ethernet, up to 87 of them in parallel operation Over 1000 network nodes possible Powerful DSP s with many functions Fully monitored with redundancy and A / B speaker wiring Energy-saving digital amplifiers Approvals according to EN54-16, EN54-4 and EN54-24 A B A B Audio source Ceiling speakers according to EN54-24 ENS-central (building 3) according to EN 54-4 / EN Remote controle panel Planning, installation, commissioning and maintenance according to TRVB 158 S A / B areas ENS-central (building 3) according to EN 54-4 / EN Wall speakers according to EN54-24 Horn speakers according to EN54-24 Intercom Projector speakers according to EN54-24 Flashing lights for use in very noisy environments Manual trigger Manual button /Amok alarm Fire brigade intercom according to ÖNORM F

20 Access control The access control system manages the access to a building or site via criteria defined by the operator. They determine who, when and where has access, so that only authorized persons have access to the restricted areas. Access authorization can be limited to specific times and durations. Based on the proof of identity, an employee. Objectives of access control An access control system provides access to authorized persons only It establishes who has access when, and where Access control Basics of access control Access rights are assigned according to personal, spatial and temporal criteria. It will only allow persons identified with ID card, PIN code or biometric features to access certain areas. Access control protects buildings, equipment and persons and hinders the theft of intellectual property. Choice of the correct system For the evaluation of an access system it is important to know the development and the tasks of the access control system, as well as the many requirements to the access control system. We basically make the difference between offline and online systems. For the past few years we have added the NFC-technology (Near Field Communication). This is the international standard for transmission for cost free exchange of data by radio technology and distances of a few centimetres. Applications and rights are transferred via GSM and internet. In the future, smartphones with an NFC capable SIM card can be used to replace access cards. 20

21 Access control ERP systems SiPass integrated Operating station SiPass integrated Server WAN / LAN Card printer System administrator Visitor management Staff management Safety controller Graphic Operating station Access card Ethernet Offlinedoor lock Advanced central controller AC5200 Advanced central controller C5102 RS485 network AFO5100 Output Module Elevatorcontrol RS485 Netzwerk ADD5160 Door control module Card reader ADD5160 Door control module 3D fingerprint reader (biometric reader) ADD5160 Door control module Card reader Card reader The AFI5100 is a local interface between AC5100 and devices used for system monitoring (such as IR detector). PIN/card reader AFI5100 Input Module ADD5160 Door control module Access card Alarm and control outputs AFO5200 Input-/Output-Module 21

22 Intrusion Nothing can top the feeling of knowing that your family, your home and your place of business are protected. As a means of protection against intrusion, comprehensive systems and devices for the automatic detection of unauthorized access are used. The aim of the protection systems is to initiate appropriate, silent or clearly perceptible measures for the prevention of damage. Highlights: Intrusion system can protect various areas with different protection objectives: Perimeter monitoring: Report unauthorized entry or access on the grounds Peripheries monitoring: Peripheries monitoring: Attack on the building exterior or building part Room monitoring: Report movements or intrusion into certain rooms or room areas Object monitoring: Attack on certain individual objects in the building Attack/ protection of persons: In case of a threat, trigger alarm (silent/loud) Access control: Allow certain persons access to parts of the building at certain times. Perimeter monitoring A Peripheral monitoring B Room monitoring C Object monitoring D Survival / Personal Protection E Access control F Perimeter protection areas A B E F C Sector 0 Sector 1 Sector 2 Sector 3 D C Choice of the correct protection concept Means of protection mostly occur based on the shell principle: They begin with the monitoring of the perimeter and include to room and object monitoring within a certain building. Depending on the areas to be protected, different detectors, systems and protective measures are suitable for the detection of intruders. The protection concept includes all the individual measures required to achieve the desired protection objectives. 22

23 Intrusion SPC Alarm central Flashing light Alarm- and fault transmission Siren LAN X-BUS Display extension Key switch PC-operation LCD-Comfortoperation Touch operation Magnet contact Extension module for max. 2 doors Router Expander module Siway radio extension module Provider 3G/4G/Edge Intrusion detectors iphone / ipad / Android operation LCD-keypad Audio verification module Camera 23

24 Video surveillance Video surveillance includes the observation of places and persons by optical electronic surveillance systems such as video cameras. This type of monitoring is often associated with the recording and analysis of the audiovisual data obtained. In most cases the data is stored digitally, so it can be analysed by software. Highlights: Surveillance of rooms, buildings and premises Recording of events of various nature Detection of heat/ fire Face recognition Detecting status changes Detecting mass formation Detecting theft Sign recognition (e.g. license plate recognition) Übersicht Aussen Logistik Administration Anlieferung Parking UG Übersicht SiWatch 3G Basics of video surveillance The functioning of a camera can be compared with that of the human eye. It perceives an object or a person via a lens and saves the recording on a chip. Today s safety-relevant systems are becoming ever more comprehensive and complex and also have varying security requirements. Using a video surveillance system security services are provided for 24 hours a day and 7 days a week. State of the art solutions include various types of cameras via image analysis systems and video management stations capable of evaluating the recorded images and informing the responsible staff immediately of a certain result. 24

25 Video surveillance RAID Watchdog hardware Switch Video analytics: Monitoring of: crossings of areas or lanes, loitering, removal of objects, quantity recognition, automatic object tracking, identification of license plates, detection of dangerous goods VMS I/O Contacts Hard disk Camera Server/Client failure External systems Server/Client VMS Watchdog Software Application/Services Operating systems File monitoring IT-Monitoring Smartphones Mobile alarm visualisation Tablets 3 rd party MANAGEMENT SYSTEMS VMS Server Option: RAID Storage Option: OPC-SRV VMS supports the respective management systems via OPC Switch Backend-analysis: WAN / LAN VMS-Client Forensic search based on: Object size, color, direction of movement, speed Local long-term storage Videowall Router Switch Switch Provider Router Mobile video system LAN/PoE Indoor- and Outdoor applications Local storage Switch Analogic-IP-cameras WLANcameras I/O Contacts Switch Encoder for Frontend-Analysis: analogic camera Thermal imaging cameras Megapixel cameras (1MB 20MB) Analogic cameras via Encoder WLAN Wireless Router Tablets Smartphones 25

26 Ownership rights of the logo belong to IFIN-HH/ELI-NP. Extreme Light Infrastructure - Nuclear Physics (ELI-NP) - state of the art technology for safety and security, Magurele, Romania ELI-NP is going to be the most advanced research infrastructure in the world focusing on photonuclear physics studies and applications. As the first large scale European research facility in Romania, the project is likely to become the flagship of the national scientific research, covering frontier fundamental physics, new nuclear physics and astrophysics, as well as applications in nuclear materials management, materials science and life sciences. The fire safety, extinguishing and security solutions consists of Siemens systems and technologies: control software platforms like Danger Management MM8000 and building management system Desigo 5 integrating fire safety system Cerberus PRO, extinguishing system Sinorix 1230, anti-intrusion system SPC, access control system SiPass and video surveillance Sistore MX. This important and complex reference project was implemented successfully by Romtest Electronic, Siemens Solution Partner in Romania. 26

27 Innovative solutions for a smart building - Central European University (CEU), Budapest, Hungary In considering the design of the building systems for the new CEU campus, Siemens task was to ensure the function and intuitive manageability of the building automation and security technology. A system of this kind contains few elements that operate in isolation and without impacting other system elements. CEU also required that the building be energyefficient and environmentally responsible. This required innovative solutions like Siemens Desigo CC. For example, now, the ventilation system of lecture halls is controlled automatically by signals from air quality monitoring sensors. As a result, the ventilation system «knows» where and how much used air should be replaced with fresh air. Energy efficiency is supported by a function that automatically ventilates the entire building based on measurements of indoor air quality and temperature, and external air and weather conditions. Ventilation and temperature can also be adjusted based on a room s occupancy or time of day. The building s fire alarm, access control, and camera systems were also integrated into the design. Siemens state-of-the-art technology is an important part of CEU s two new buildings, contributing to energy efficiency and cost savings. 27

28 Safety and comfort for Radisson Blu Plaza Hotel, Ljubljana, Slovenia To increase the safety and comfort of their guests, the Radisson Blue Plaza Hotel Ljubljana needed a smart solution. The Siemens Solution Partner installed a Cerberus PRO fire protection system as well as a range of building automation solutions. The luxury hotel Radisson Blu Plaza Hotel Ljubljana required an integrated solution to ensure the safety and comfort of their guests. Apart from reliable and efficient the comfort and safety devices also had to be invisible to guests. The solution, installed by A koda plus Ltd., Siemens Slovenia Solution Partner consisted of the Cerberus PRO fire protection system as well as a range of building automation solutions, all managed by the Desigo Insight system. Now, Radisson Blu Plaza Hotel in Ljubljana beneficiates from state-of-the-art safety, security and energy efficiency thanks to Siemens discreet and architecturally harmonized solutions. 28

29 Safety of the students personnel and equipment come first in an university. University in Rijeka, Croatia 10 buildings and over 100,000 m 2 of challenges This project s greatest challenge was to integrate the central control and management systems of the ten buildings constituting the University Campus into one service within the University s technical department the Department for Control and Management. Synova and Sinteso solutions are used for fire detection, SiPass for acces control and Siemens SPC series for anti-theft protection. The main advantage of the current fire detection system, which was supplied by Siemens, is in the total solution for surveillance and monitoring of a building complex like University Campus Rijeka that currently has 10 buildings (many more are planned), and many more advantages like an integral approach to all systems (safety systems and systems of fire and gas protection), management of these with a small number of staff, service support and authorized licensed partners in maintenance, and reducing costs of energy consumption. 29

30 Maximum comfort and reliable safety for Sofia Ring Mall, Bulgaria The newest and largest shopping mall in Bulgaria was equipped with a Building Management System from the Desigo family as well as with a complete range of fire safety products and security systems - Cerberus PRO, XC10, MM8000, SiPass Integrated and Vectis IX IP CCTV. Siemens Building Technologies Bulgaria meets the client s request for optimal energy efficiency without sacrificing comfort and for a state-of-the-art fire safety and security installation, capable of reliable protection of both people and assets. Now, Sofia Ring Mall beneficiates from building performance that provides both maximum comfort and reliable safety a proven way to retain the end customer s satisfaction and the key goal for the shopping mall s management. Also, there is a substantial decrease of energy consumption which means lower costs and long-term sustainability. The first Desigo CC reference in South East Europe - Acibadem City Clinic Cancer Center in Sofia, Bulgaria The first Desigo CC reference in South East Europe is Acibadem City Clinic Cancer Center in Sofia, Bulgaria. The clinic has a total area of 10,000 sqm and a 80-bed capacity. Its medical staff exceeds 240 doctors and healthcare professionals. Siemens Bulgaria Solution Partner, New System Ltd., implemented DESIGO CC with 3500 data points. The project included the integration of room temperature thermostats and VRF units, DDC and field equipment for 11 Air handling units, DDC and field equipment for heating and cooling center, monitoring and control of ventilation in general areas, monitoring and control of chillers, pump, fans and others, monitoring and control of smoke dampers system and of diesel generator using Modbus protocol along with the monitoring of fire safety and security systems, including fire alarm, intrusion detection and access control systems, monitoring of power supply system and of medical emissions system. 30

31 For more informations about The Crystal scan the QR code: The Crystal, the global center for sustainable urban development built and operated by Siemens in London, is setting new standards in environmentally friendly and sustainable buildings. Award with LEED (Leadership in Energy and Environmental Design) Platinum, BREEAM (Building Research Establishment Environmental Assessment) Outstanding certificate, the Crystal consumes 46 percent less energy and emits 65 percent less carbon dioxide than comparable office buildings. The advanced Desigo building automation system from Siemens controls and monitors all building operating parameters while the Siemens Advantage Operation Center (AOC) in Frankfurt, Germany, handles remote maintenance. The Crystal s users and visitors can see the latest energy and water consumption figures on Green Building monitors, motivating them to adopt environmentally friendly and sustainable practices in their own lives.

32 When building technology creates perfect places that s Ingenuity for life. Never too cold. Never too warm. Always safe. Always secure. With our knowledge and technology, our products, our solutions and our services, we turn places into perfect places. We create perfect places for their users needs for every stage of life. #CreatingPerfectPlaces siemens.com/perfect-places Published by Siemens Building Technologies SEE Siemens.com/seeteam Meet our team! The information given in this document only contains general descriptions and/or performance features which may not always specifically reflect those described, or which may undergo modification in the course of further development of the products. The requested performance features are binding only when they are expressly agreed upon in the concluded contract. Siemens AG Austria, 2017